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October 27, 2025Advanced Optical MaterialsOpen Access

Highly Integrated Liquid Crystal Metasurface for Dynamic and Independent Transmission‐Reflection Manipulation

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Authors

HLHaiying LuCLChenxi LiuSPShuang Peng

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Overview

Novel liquid crystal metasurface manipulates full-space electromagnetic waves, indicating improved control and new applications in device technology.

Key Points

  • Dynamic control of transmission and reflection is achieved through a liquid crystal metasurface, enhancing electromagnetic wave manipulation.
  • The proposed dual-layer metasurface operates effectively at 94 GHz, enabling both transmission and reflection modes seamlessly.
  • Experiments support the ability of the liquid crystal metasurface to perform simultaneous wave control across different fields.
  • This technology could facilitate the next generation of intelligent devices designed for enhanced communication and security.

Cite This Study

Lu et al. (2025) studied this question.

synapsesocial.com/papers/68ff87e2c8c50a61f2bdcff5https://doi.org/10.1002/adom.202502217
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